Приклади вживання In classical mechanics Англійська мовою та їх переклад на Українською
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as it would be in classical mechanics.
which is forbidden in classical mechanics, but allowed in quantum mechanics.[2].
as in classical mechanics.
In classical mechanics, it may happen that we don't know where Miss Kitty is,
In classical mechanics, the Laplace- Runge- Lenz vector(or simply the LRL vector)
associated with microscopic particles. It is a purely quantum mechanical phenomenon without any analogy in classical mechanics. Whereas classical angular momentum arises from the rotation of an extended object, spin is not
In classical mechanics, we could simulate the motion of the particles by setting x( t+ τ)= x( t)+ τ v( t)+ 0.5 F( t) τ 2{\displaystyle x(t+\tau)=x(t)+\tau v(t)+0.5F(t)\tau^{2}},
Momentum in classical mechanics.
Force in classical mechanics.
Angular momentum in classical mechanics.
Action principle in classical mechanics.
Space and time in classical mechanics.
On the principle of least action in classical mechanics.
In classical mechanics a one-dimensional time-independent potential can give.
Motion is a derivative of space and time in classical mechanics.
Many systems that would be treated dynamically in classical mechanics are described by such static wave functions.
However, the most frequently the resonance happens in classical mechanics and construction, as well as hydro and aeromechanics.
Quantum-mechanical probabilities are regarded(like their counterparts in classical statistical mechanics) as only a practical necessity
So in classical mechanics the action principle is equivalent to Newton's equation of motion.